Battery box device
A battery box and battery technology, applied in secondary batteries, battery pack components, circuits, etc., can solve the problems of power consumption, large size, power failure, etc., and achieve no misoperation, good product appearance, and economical The effect of electricity
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Embodiment 1
[0141] to combine Figure 26 with Figure 27 Be explained. Figure 26 It is the schematic diagram of the inventive device in the first embodiment; Figure 27 yes Figure 26 top view.
[0142] Explanation of symbols in the figure: 2. Working window; 3. Box body; 3a. Box cover; 3b. Box body; 5-6. Metal body; 6-6. Metal body; 10. Printed circuit board; DD1. Single battery; DD2. Single battery; DD3. Single battery; DD4. Single battery.
[0143] As shown in these two figures, the inventive device of this embodiment includes: a box body, a circuit, and a battery arranged in the box body.
[0144] The box body includes a box cover and a box body; the box cover includes four side panels and a cover plate; the box body includes four side surfaces and a bottom surface; a pair of wiring posts are arranged on the cover plate.
[0145] The batteries in the case are four single cells.
[0146] The dormant operation window is set on the side panel of the box cover; the metal body is a...
Embodiment 2
[0148] to combine Figure 28 to Figure 31 Be explained. Figure 28 It is one of the circuit diagrams in the second embodiment; Figure 29 It is the second of the circuit diagram in the second embodiment; Figure 30 It is the third of the circuit diagram in the second embodiment; Figure 31 It is the fourth of the circuit diagram in the second embodiment.
[0149] Explanation of symbols in the figure: 5-7. Metal body; 5-8. Metal body; 5-9. Metal body; 5-10. Metal body; 6-7. Metal body; 6-8. Metal body; 6- 9. Metal body; 6-10. Metal body; CY1. Delay capacitance; CY1. Delay capacitance; DLGJ. Shorting tool; KZ. Control circuit; RX1. Resistance; RX2. Resistance; RX3. Resistance; RX4. Resistance; RX5 .Resistance; RX6.Resistance; RX7.Resistance; V+.Positive pole of DC power supply.
[0150] In the dormant operation window, the staff uses a short-circuit tool to short-circuit two metal bodies. After short-circuiting, there are two detailed options for subsequent operation, and ...
Embodiment 3
[0160] to combine Figure 32 , Figure 33 , Figure 34 with Figure 35 Be explained.
[0161] Figure 32 with Figure 33 The label description in: CK. sleep operation window; PACK+. positive pole of the device; PACK-. negative pole of the device; Wakeup. wake-up circuit; Sleep2. invented sleep circuit; Switch. internal switch; Battery. battery; MCU. MCU pin; V. MCU pin; W. MCU pin; X. MCU pin; ZD1. Regulator tube; ZD2. Regulator tube; ZD3. Regulator tube; ZW. DC regulated power supply; WS. DC Voltage regulator output terminal; R1. resistance; R2. resistance; R3. resistance; R4. resistance; Q. triode; Switch. internal switch.
[0162] Figure 32 is a circuit diagram of a prior art battery box device, the type of battery is a lithium battery; Figure 32 In the device, its control circuit has the following four control functions:
[0163] 1. When charging, the voltage is not allowed to be too high, that is, when the voltage is charged to a certain value, the charging wil...
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